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    • 46. 发明申请
    • MODELLING ELECTRICAL CHARACTERISTICS OF THIN FILM TRANSISTORS
    • 建立薄膜晶体管的电气特性
    • WO0077834A3
    • 2001-04-26
    • PCT/GB0002325
    • 2000-06-15
    • SEIKO EPSON CORPLUI BASILMIGLIORATO PIERO
    • LUI BASILMIGLIORATO PIERO
    • H01L29/00G01R31/26G01R31/28G06F17/50H01L29/786
    • G01R31/2837G01R31/2603G01R31/2621G06F17/5036
    • A device and automated method of calculating bulk states information and interface states information of a thin film transistor from a current-voltage measurement and a capacitance-voltage measurement comprising the steps of: calculating the flat band voltage from the input capacitance-voltage measurement; applying a general expression of Gauss's Law and the calculated flat band voltage to a capacitance voltage relationship which defines capacitance so as to calculate a relationship between gate surface potential and gate/source voltage; applying Gauss's Law to the calculated relationship between gate surface potential and gate/source voltage to thereby calculate and ouput the interface states; calculating conductance/gate voltage data from the current-voltage measurement using the calculated flat band voltage; conducting an initialisation process using the calculated conductance/gate voltage data and the calculated relationship between gate surface potential and gate/source voltage, said initialisation process using a conductance equation so as to calculate initialised values for the electron conductance at the flat band voltage, for the hole conductance at the flat band voltage, for a density of states function and for the Fermi Energy; conducting an iteration process based on Poisson's equation using the said initialised values calculated by the initialisation process and the calculated conductance/gate voltage data to thereby calculate and output the bulk states information.
    • 一种从电流电压测量和电容电压测量计算薄膜晶体管的体态信息和接口状态信息的装置和自动化方法,包括以下步骤:从输入电容电压测量计算平带电压; 将高斯定律和计算的平带电压的一般表达式应用于限定电容的电容电压关系,以计算栅极表面电位和栅极/源极电压之间的关系; 应用高斯定律计算栅极表面电位和栅极/源极电压之间的关系,从而计算并输出界面态; 使用计算的平带电压从电流 - 电压测量计算电导/栅极电压数据; 使用所计算的电导/栅极电压数据和所计算的栅极表面电位和栅极/源极电压之间的关系进行初始化处理,所述初始化处理使用电导方程,以计算平坦带电压下的电子电导的初始化值, 平坦带电压的空穴电导,状态密度函数和费米能量; 使用由初始化处理计算的所述初始化值和计算出的电导/栅极电压数据,基于泊松方程进行迭代处理,从而计算并输出大容量状态信息。
    • 48. 发明申请
    • DISPLAY AND ELECTRONIC DEVICE COMPRISING THE SAME
    • 包含该显示器和电子设备的显示器和电子设备
    • WO0046632B1
    • 2000-11-02
    • PCT/JP0000139
    • 2000-01-13
    • SEIKO EPSON CORPMATSUI TSUYOSHI
    • MATSUI TSUYOSHI
    • G09F9/00G02F1/1333G02F1/1335G02F1/13
    • G02F1/133536G02F2001/133374
    • A display exhibiting a good visibility when incorporated in an electronic device by realizing a novel display technique for displays of correctly displaying icons of various designs and of allowing the viewer to easily grasp displayed information. To display icons, display patterns sections (171, 172, 173) of a light modulating layer (17) are formed, and control areas (114, 115, 116) superimposed on the display pattern sections when viewed from above are formed on a display panel (11). Particularly, the control areas (114, 115, 116) are somewhat larger than the displayed icons so as to completely cover them and to surround them with enough room. Even if there is somewhat pattern misregistration in a horizontal direction between the display pattern sections (171, 172, 173) formed on a transparent film (14) and the control areas (114, 115, 116), the icons can be displayed with no problems.
    • 通过实现用于正确显示各种设计的图标的显示的新颖的显示技术,并且允许观看者容易地掌握显示的信息,在通过实现电子设备中显示出良好的可视性的显示器。 为了显示图标,形成光调制层(17)的显示图案部分(171,172,173),并且当从上方观看时叠加在显示图案部分上的控制区域(114,115,116)形成在显示器 面板(11)。 特别地,控制区域(114,115,116)稍微大于显示的图标,以便完全覆盖它们并且以足够的空间包围它们。 即使在形成在透明薄膜(14)上的显示图形部分(171,172,173)和控制区域(114,115,116)之间的水平方向上存在一些模式不对齐的情况下,也可以不显示图标 问题。
    • 50. 发明申请
    • CISC TO RISC INSTRUCTION TRANSLATION ALIGNMENT AND DECODING
    • CISC指令翻译对齐和解码
    • WO9320507A3
    • 1994-01-06
    • PCT/JP9300417
    • 1993-03-30
    • SEIKO EPSON CORP
    • COON BRETTMIYAYAMA YOSHIYUKINGUYEN LE TRONGWANG JOHANNES
    • C10G1/00C10G17/02G06F9/22G06F9/30G06F9/318G06F9/38G06F15/76
    • G06F9/30101C10G1/00C10G17/02G06F9/30145G06F9/30149G06F9/30152G06F9/30163G06F9/30167G06F9/3017G06F9/30174G06F9/30185G06F9/3816G06F9/382G06F9/3853
    • A system and method for extracting complex, variable length computer instructions from a stream of complex instructions each subdivided into a variable number of instruction bytes, and aligning instruction bytes of individual ones of the complex instructions. The system receives a portion of the stream of complex instructions and extracts a first set of instruction bytes starting with the first instruction bytes, using an extract shifter. The set of instruction bytes are then passed to an align latch where they are aligned and output to a next instruction detector. The next instruction detector determines the end of the first instruction based on said set of instruction bytes. An extract shifter is used to extract and provide the next set of instruction bytes to an align shifter which aligns and outputs the next instruction. The process is then repeated for the remaining instruction bytes in the stream of complex instructions. The isolated complex instructions are decoded into nano-instructions which are processed by a RISC processor core.
    • 一种用于从复杂指令流中提取复杂的可变长度计算机指令的系统和方法,每个细分流被分成可变数量的指令字节,并且对齐复杂指令中各个指令的指令字节。 系统接收复指令流的一部分,并使用提取移位器从第一指令字节开始提取第一组指令字节。 然后将该组指令字节传递到对齐锁存器,在该锁存器中它们对准并输出到下一个指令检测器。 下一个指令检测器基于所述指令字节集来确定第一指令的结束。 提取移位器用于提取并提供下一组指令字节到对齐移位器,对准移位器对齐并输出下一条指令。 然后对复杂指令流中的剩余指令字节重复该过程。 孤立的复杂指令被解码成由RISC处理器核心处理的纳米指令。